Stormwater Hydrology
Stormwater Hydrology
Australian Rainfall and Runoff (ARR) is the national guideline for flood estimation, incorporating the latest data, modelling tools, and methodologies. This 1-day hybrid course, available in-person or online, equips participants with a solid foundation in the principles and best practices of the current ARR guidelines.
Participants will gain an understanding of key concepts including rainfall data analysis, hydrologic and hydraulic modelling, and design flood estimation techniques. Through a combination of theory and practical case studies, this course bridges the gap between technical guidelines and real-world application-empowering attendees to confidently apply ARR methodologies in their professional projects.
Presented by Mark Babister
Hybrid delivery model.
In-person or remote attendance
Click below to explore and register for the Modules and find the right fit for your role, team, or project goals.
Facilitators
Mark Babister
Managing Director
BE(Hons), MEngSc, GradDipMgt, RPEQ
Mark has over 30 years of experience in water engineering studies. He takes an active role in the profession being a past Chair of the Water Engineering Panel for the Engineers Australia (Sydney Division) and the National Committee on Water Engineering.
He was a member of the Steering and Technical Committees that oversaw the updating of Australian Rainfall & Runoff. Mark is an editor of the new edition of Australian Rainfall and Runoff.
He also has considerable experience in hydrologic investigations involving runoff-routing models, flood frequency and joint probability analyses. Mark has particular skills in the area of hydrodynamic modelling and has a thorough understanding of numerical modelling of flow behaviour (both 1D and 2D modelling). Mark is the Project Manager and Editor of Australian Rainfall and Runoff Revision Project 15 (Two dimensional simulations).
Mark has been involved in the development of state and national guidance on climate change, flood hazard, acceptable impacts and interaction of floods and tides.
Mark has overseen a number of complex hydrology and monte carlo studies.